By S. Gordon, Y L Hsieh
Written through an array of foreign specialists, this booklet offers a finished a accomplished research of the main clinical and technological advances that make sure the caliber of cotton is maintained from the sphere to the cloth. It starts off with a dialogue of the basic chemical and actual constitution of cotton and its numerous houses and gives recommendation on measuring and making sure the standard of cotton genetic amendment and natural creation. overlaying spinning, knitting, and weaving applied sciences in addition to concepts in dyeing, the ebook concludes with a dialogue of functional facets equivalent to healthiness and questions of safety and recycling equipment for used cotton.
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Extra info for Cotton Science and technology
India, B(33), 37–93. Kassenback, P. (1970). Bilateral structure of cotton fibers as revealed by enzymatic degradation, Textile Res. , 40, 330–334. Khalifa, B. , Abdel-Zaher, N. and Shoukr, F. S. (1991). Crystalline character of native and chemically treated Saudi Arabian cotton fibers, Textile Res. , 61(10): 602–608. Kulshreshtha, A. , Patel, K. , Patel, A. , Patel, M. M. and Baddi, N. T. (1973a). The fine structure and mechanical properties of cotton fibres at various stages of growth, Cellulose Chemistry and Technology, 7: 307–314.
P. -L. Distribution of single cotton fiber tensile properties, Textile Research Journal (submitted). Hu, X. P. -L. (1996). Crystalline structure of developing cotton fibers, Journal of Polymer Science, Polymer Physics Edition, 34, 1451–1459. Hu, X. P. -L. (1997a). Breaking elongation distributions of single fibers, Journal of Materials Science 32: 3905–3912. -P. -L. (1997b) Crystalline phases in developing cotton fibers by FTIR, Recent Research Developments in Polymer Science, 1: 249–254. -P. -L.
During secondary wall synthesis, microfibrils exhibit variability in orientation or undulations. Inter-fibril hydrogen bonding and differential rigidity of microtubules and microfibrils have been suggested as possible factors influencing the final microfibril organization. The spiral fibrillar structure can be observed on the surface of mature fibers underneath the primary wall (Fig. 4). Parallel ridges and grooves are seen at 20–30∞ angles to the fiber axis. Scouring exposes the fibrils of the primary and secondary walls.